a 96.4kg boxer has his first match in the canal zone with gravitational acceleration 9.782m/s^2 and his second match at the north pole with gravitational acceleration 9.832m/s^2.
What is his mass in the canal zone?
answer in units of kg
96.4
HUH ?????????
Although weight changes with g
mass DOES NOT !!!!!!
Your mass is the same on the moon, but your weight is earth weight/6
weight = m g
To find the boxer's mass in the canal zone, we need to understand that mass is a fundamental property of an object and does not change with location. Therefore, the boxer's mass will be the same in both the canal zone and the north pole.
Given that the boxer's mass is 96.4 kg, this will remain unchanged regardless of the location or the gravitational acceleration. Therefore, the answer is 96.4 kg.